✉news SciencePhysics first seen 8 h ago, last 24 min ago, peak #28
Ghostly Cooper Pores Found Above Critical Temperature in Uranium Ditelluride
Original: Ghostly Cooper Pairs Persist Above Superconductivity’s Critical Temperature in Uranium Ditelluride
Researchers report that Cooper pairs in uranium ditelluride survive above the material's superconducting critical temperature, a phenomenon described as 'ghostly' because the pairs no longer produce zero electrical resistance. The finding offers new clues about unconventional superconductivity in this heavy-fermion compound and could reshape understanding of how superconducting states form and break down.
Why now: The persistence of Cooper pairs above the critical temperature challenges standard theories of superconductivity.
uranium ditellurideCooper pairs
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Evidence
- Ghostly Cooper Pairs Persist Above Superconductivity’s Critical Temperature in Uranium Ditelluride · Bioengineer.org
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